Wazuh Cloud and Container
SkillCloud & infraInterpret Wazuh cloud and container alerts, AWS (CloudTrail, GuardDuty, VPC Flow, Security Hub), Azure, GCP, Microsoft Graph, Office 365, GitHub and Docker, with their key fields, normal baselines and pivots; use for any alert from a cloud or container integration.
Available today. Use it from your connected AI after setup.
No other account needed.
Add ahel to your AI once: Claude, ChatGPT, Cursor, Claude Code or Codex. Then ask it to use this.
Then ask your AI: use the Wazuh Cloud and Container skill
What this skill tells your AI
The instructions your AI receives, as published by gensecaihq/wazuh-autopilot in backend/app/skills/wazuh-cloud-container/SKILL.md and read by ahel’s review.
Cloud and SaaS logs reach Wazuh through integration modules on the manager (or a collector agent), so
the agent is usually the manager or collector — the real actor is in data.*. Always pivot on the
identity, source IP and resource from data, not on agent.name.
Integrations in the stock ruleset
| Source | Groups | Key rules (level) | Key fields |
|---|---|---|---|
| AWS CloudTrail | amazon, aws, aws_cloudtrail | rule 80202 (level 3, API call), rule 80203 (level 4, API call with error), rule 80253 (level 3, console login success), rule 80254 (level 5, console login failed), rule 80255 (level 10, possible break-in attempt), rule 80252 (level 10, high number of deleted objects) | data.aws.eventName, eventSource, userIdentity.arn, sourceIPAddress, awsRegion, errorCode |
| AWS GuardDuty | aws_guardduty | rules 80301, 80302, 80303 (levels 3, 6, 10 by finding severity); with remote IP: rules 80305, 80306, 80307 | data.aws.title, service.action.actionType, severity, resource |
| AWS VPC Flow / WAF / Config / Inspector / Macie / KMS / Security Hub | aws_vpcflow, aws_waf, aws_config, aws_inspector, aws_macie, aws_kms, aws_security_hub | By group | Service-specific under data.aws.* |
| Azure | azure | rule 87802 (level 3, "Azure: AD $(activityDisplayName)"), rule 87811 (level 3, Log Analytics operation) | data.activityDisplayName, operation, caller |
| Microsoft Graph (Defender/Entra alerts & incidents) | ms-graph | rule 99503 (level 6, alert/incident not resolved and not a false positive) | alert title, severity, entities |
| GCP | gcp | rule 65053 (level 3, firewall rule created), rule 65054 (level 3, firewall rule deleted), rule 65056 (level 3, logging bucket deleted), rule 65057 (level 3, logging sink deleted), rule 65070 (level 3, new service account created) | data.gcp.protoPayload.*, principal, resource |
| Office 365 | office365 | rule 91556 (level 12, phishing/malware events from Exchange Online Protection / Defender), rule 91700 (level 14, malware detected in file), rule 91724 (level 10, suspicious download activity by user) | data.office365.UserId, Operation, ClientIP, Workload |
| GitHub | github | rule 91152 (level 9, environment actions secret removed), rule 91197 (level 7, organization actions secret created); secret-scanning groups git_secret_scanning, git_repository_secret_scanning | data.github.actor, action, repo, org |
| Docker (docker-listener) | docker | rule 87907 (level 3, command launched in container), rule 87908 (level 5, shell session started in container), rule 87910 (level 3, file copied from host into container), rule 87902 (level 5, container destroyed) | data.docker.Actor.Attributes.name, image, Action |
Kubernetes audit logs are not covered by the stock ruleset (only EKS controls via Security Hub).
Monitoring kube-apiserver audit events needs a custom decoder and custom rules (example to create:
custom rule 100500 for pods/exec by a non-admin identity). Say so rather than implying coverage.
Many cloud rules are level 3 by design — the stock ruleset records activity and leaves importance to
context. A level-3 DeleteTrail, StopLogging, logging-sink deletion or root-account login matters far
more than its level.
What "normal" looks like (baseline before judging)
- Identities: known automation roles and CI users make most API calls at steady rates; humans log in from known IP ranges and regions.
- Use
get_alerts_aggregatedandsearch_security_eventswith the identity or IP asqueryover7dto establish prevalence before calling an action anomalous.
High-signal patterns
| Pattern | Where | ATT&CK |
|---|---|---|
Logging disabled/deleted (CloudTrail StopLogging/DeleteTrail, GCP sink/bucket deletion) | CloudTrail, GCP | T1562.008 |
| Console login failures then success, new region/IP, no MFA | CloudTrail, Entra/Graph, O365 | T1110, T1078.004 |
| New access keys / service accounts / role trust changes | CloudTrail, GCP | T1098.001, T1136.003 |
| Mass object deletion (rule 80252) or bucket policy made public | CloudTrail | T1485, T1530 |
| Mailbox forwarding rules, suspicious downloads (rule 91724) | Office 365 | T1114.003, T1530 |
| Secrets removed/rotated unexpectedly, secret-scanning hits | GitHub | T1552 |
| Shell in container (rule 87908), host file copied in (rule 87910), privileged container | Docker | T1609, T1611 |
Containment is outside Wazuh active response
Wazuh AR acts on endpoints with agents; it cannot disable an IAM user, revoke a cloud session or delete a GitHub token. Record cloud containment as manual recommendations in the finding (disable access key, revoke sessions, restore logging, rotate secret) with the exact identity and resource. Only host-level actions for a compromised VM or container host with a Wazuh agent go to response-planner.
Output
add_entities: cloud identity (typeuser, value = ARN / UPN / principal), source IP, resource names (typehostorurlas appropriate), repository.link_mitrefor the pattern (cloud sub-techniques where they apply).add_finding: source integration, identity, what happened, baseline comparison, verdict, and manual cloud containment steps.
Signals
- GitHub stars
- 57
- Forks
- 16
- Last commit
- Sep 2026
Advanced
- Item type
- skill
- Key
wazuh-cloud-container- Source
- github.com/gensecaihq/wazuh-autopilot
github.com/gensecaihq/wazuh-autopilot